Multi Pole Injection Ferrite Magnet
1.Material: PA6 Base resin+Ferrite Magnetic Powder
2.Dimensions: According to your requirements
3.Grade: MF-618,MF-620 and etc
4.Max Operating Temperature: -20°C to +15O°C
5.Magnetized: Axial,Diametrical or Multi-Poles
6.Advantage: High dimensional accuracy, good consistency, no follow-up processing, stable performance, shock resistance
Physical Properties of Injection Molded Ferrite:
Density: 3.08-3.88g/cm³
Tension Strength: 50-102( MPa)
Flexural Strength : 93-185( MPa)
Max. Operation Temperature: -40 to 150 (℃)
Hardness :118-120
Production description:
Injection molded magnets are used in large quantities by different technical applications.
Their success can be explained by their high diversity of possible field distributions, their complicated shapes, their easy combinability
with other mechanical parts and by their economic way of manufacturing. Injection molded magnets are produced for magnetic
sensors,electrical machines, magnetic couplings, magnetic brakes and many other applications. In this chapter there will be
explanations of basicmaterial and system characteristics, manufacturing methods, magnetic polarization patterns as well as related
design methods of injection molded magnets. In addition, there are two sections explaining the use for magnetic sensors and for electrical machines.
Applications:
Fan Motors
Wiper Motors
EPS Motors
Starter Motors
Home appliance Motors
Industrial Motors
Motorcycle Motors
other DC Motors
Advantages:
*High remanence, high coercivity, high energy product, high performance and price ratio, easy to process various sizes and minimum specifications.
Why choose us?
Shorten the product design cycle and sample period,save the cost of project development
Need a Quote?
Please specify the following while ordering:
Shape, dimensions and tolerance
Magnetic specifications
Quantity (one time or repeating order)
Application / End use of the Magnet
Direction of Magnetization
Magnet acceptance inspection method
Magnetization requirements (magnetised) / (demagnetised)